• Abberior Instruments and Super Resolution Microscopy at Lastek
    Abberior Instruments and Super Resolution Microscopy at Lastek

    Abberior Instruments has partnered with Lastek in Australia and New Zealand to offer the most complete experience for super resolution microscopy. Read more here.

  • Raptor Photonics OWL 640 SWIR camera
    Raptor Photonics OWL 640 SWIR camera

    Raptor Photonics OWL 640 is the best performing SWIR camera in the world. Demonstration system now available. Please enquire for details. Read more.

  • Toptica: DL pro with Digital Laser Controller DLC pro
    Toptica: DL pro with Digital Laser Controller DLC pro

    The new digital laser controller for TOPTICA’s tunable diode laser DL pro sets new benchmarks with regards to low noise and low drift levels.

    Demonstration system now available. Please enquire for details. Read more...

  • High Finesse Laser Spectrum Analyzer Spectrometer for Broadband Sources
    High Finesse Laser Spectrum Analyzer Spectrometer for Broadband Sources

    The High Finesse LSA Laser Spectrum Analyser analyses multi-line or broadband spectra of cw and pulsed lasers, gas discharge lamps, and more.  Lastek currently have a demonstration system available for evaluation. Read more...

  • Alio Industries: True Nano™ Precision Motion Systems
    Alio Industries: True Nano™ Precision Motion Systems

    ALIO Designs and Manufacturers Proprietary Robotic Devices and Tools that Enable Precise Nano-Scale Movements for Manufacturing and Research & Development

    Read more...

LaVision extended its portfolio to a UV lens designed for optimal performance with intensifiers

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One of the main advantages of this lens is the capability of correcting chromatic aberrations.

The selection of objectives with high transmission in the ultra-violet wavelength ranges when working in the field of UV-imaging with lasers or self-emission is quite limited. That’s why LaVision had designed an optimized lens which perfectly matches the requirements of combustion diagnostics and all UV imaging with intensifiers or a UV-sensitive camera.

Besides its capability of minimizing chromatic aberrations with this unique designed UV lens, its low minimum f-number of the lens is a precious benefit for high light collection efficiency. The focal length of 85 mm leads to shorter working distances compared to "standard" lenses.

This UV-lens is perfectly suited for the use with 25 mm intensifiers, resulting in a large image size and an excellent image quality. In addition, it is possible to perform the image calibration in visible light in order to subsequently work in the UV range while maintaining the same focus position.

 

Fast and Accurate Laser Safety Calculations with LaserSafe PC from Lasermet

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LaserSafe PC from Lasermet has become the one of the most widely used Laser Safety Calculation software programmes in the world. Version 5.1 is now released which includes all the amendments introduced in IEC / EN 60825-1: 2014, ANSI Z136.1-2014 with CDRH 21 CFR § 1040.10 Classification option.

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Ekspla PhotoSonus: Mobile High Energy Tunable Laser System for Photoacoustic Imaging

PhotoSonus series High Energy tunable Lasers for PAT

  • High output energy for larger area illumination
  •  Pump laser, OPO and PSU in a single mobile unit
  •  Fast wavelength tuning available
  •  Turn-key operation and easy to use

Following the demand of high output energies in the photoacoustic market for imaging larger volumes of tissue, the Ekspla PhotoSonus, a new high energy tunable laser source for photo-acoustic imaging has been introduced. Time-tested Ekspla nanosecond pump laser, parametric oscillator, power supply and cooling unit are integrated in a single robust housing to provide mobility and ease of use.

Highly flexible PhotoSonus platform makes it easy to be integrated and used in a photoacoustic imaging system: it is fully motorized and computer controlled, have user trigger outputs/inputs and special functions as fast tuning between OPO wavelengths. Parametric oscillator generates output energies up to 200 mJ at peak. Achieving a highly uniform spatial distribution from OPO and adjustable beam diameter helps homogeneously couple various size fiber bundles and deliver balanced energy light to the target. By employing a wide range of other options (like access to OPO idler range, toggling between OPO and fundamental wavelengths through simultaneous output), this laser system can be modified to specific user requirements in order to expand photo-acoustic imaging possibilities.

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Ametek SI present a library of video tutorials on Electrochemistry theory and techniques

Video Tutorial: Electrochemistry: Electrochemical Impedance Spectroscopy

AMETEK Scientific Instruments is the global leader in the design, manufacture, and support of instrumentation for both the electrochemical and materials communities.  Comprised of Princeton Applied Research, Solartron Analytical, and Signal Recovery, AMETEK Scientific Instruments delivers solutions to meet performance and price requirements. Princeton Applied Research and Solartron Analytical continue to innovate in both DC and AC measurements to the benefit of users studying energy devices, physical electrochemistry, corrosion, and solid-state materials.  Now, Ametek SI have assembled a library of tutorials and other materials to assist customers to learn about techniques and equipment for electrochemistry. The full library is available online at youtube here.

The video above covers theoretical basics of Electrochemical Theory, Electrochemical Impedance Spectroscopy (EIS) theory, and Potentiostat Working Theory. Other videos in the series discuss applications, experimental technique, software and hardware. Comprehensive on-line application notes are also made available. For Princeton Applied Research products, this library may be found here. For Solartron Analytical systems, the library may be found here. For further information, please contact Lastek. 

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Toptica: 10 years of Terahertz Activities

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TOPTICA celebrates 10 years of terahertz activities! At LASER Munich 2007, TOPTICA presented their first continuous-wave terahertz system, having teamed up with researchers at the universities of Frankfurt/Main and Darmstadt. Today, TOPTICA's terahertz products have found their way into both scientific labs and industrial installations in more than 30 countries around the globe. At the same time, TOPTICA has maintained a close collaboration with some of the leading research institutes both in Germany and abroad.

TOPTICA continues manufacturing continuous-wave systems: The TeraScan combines tunable laser technology with state-of-the-art photomixers and carefully designed, high-precision electronics. With a peak dynamic range greater than 90 dB and a frequency resolution on the megahertz level, the TeraScan sets new benchmarks for high-resolution frequency-domain spectroscopy. For time-domain terahertz applications, the TeraFlash enables broadband measurements with an unprecedented bandwidth of more than 5 THz. Whenever measurement speed matters, users can activate a fast-scanning mode and record up to 40 pulse traces per second.

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Ekspla Ultraflux: Tunable Wavelength Single Housing Femtosecond Laser System

UltraFlux series Tunable Wavelength Femtosecond Laser System 1

Introducing the UltraFlux Tunable wavelength femtosecond laser from Ekspla.

UltraFlux is the first compact high energy tuneable wavelength femtosecond laser system which incorporates the advantages of ultrafast fiber laser, solid-state and parametric amplification technologies in less than 1 square meter footprint box. Patent pending (application No. EP2924500) OPCPA front end technology uses the same picosecond fiber laser for seeding both picosecond DPSS pump laser and femtosecond parametric amplifier by spectrally broadened output.

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Nanonics Imaging: Breakthrough Study Sheds New Light on Graphene

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Credit: Fang et al. ©2016 American Chemical Society

Recent Study Demonstrates Innovative Enhanced Graphene Photodetector with Plasmonic Fractal Metasurface 

Graphene is a very promising material for photo detection due to its unique properties, e.g. ultrabroadband optical absorption, ultrafast electron speed, and wavelength independent absorption. However, single layer graphene - with only single atom depth - exhibits very low optical absorption, which limits its application in photodetection systems.

A recent study by Jieran Fang et al, published in NanoLetters, demonstrates a new path forward for significant photo detection enhancement in graphene.  In this paper, which was also highlighted in the February 2017 issue of the American Physical Society, researchers designed a gold fractal metasurface, similar in shape to a snowflake, and measured its electromagnetic character. As part of this study, a Nanonics MV2000 NSOM system was employed for plasmonic characterization of the snowflake metasurface with near field collection mode NSOM.

The obtained results demonstrated strong plasmonic generation near the branches and the edges of the fractal structure. It was demonstrated that the fractal metasurface integrated in graphene photodetector as source and drain provided enhancement factors of over 8-13. Additional advantages of this new enhanced graphene photodetector are broadband and polarization insensitive. This work indicates the great potential of enhanced graphene photodetectors in photodetection technology. 

piezosystems jena: NanoX technology enables high-speed piezo positioning

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Conventional piezo stages are usually designed in a way that the direction of motion of the piezo stacks is identical per axis. The forces generated by those stacks is then translated by solid state hinges. In dynamic operation however, this can cause the piezo stack to break if the generated pull forces exceed the internal preload. The motion of the actuator in the opposite direction of the stack motion is passive. A few years ago, piezosystem jena decided to tackle this challenge.

The result is the NanoX® design design, a completely new way of constructing a piezo stage. Here, piezo stacks are controlled opposed to each other. One stack is expanding while the other is contracting. Through this method an active backwards motion is achieved meaning even the backwards motion uses an actively expanding stack. This method of construction has several benefits for operational use. Not only is the stiffness increased, compared to stages with similar strokes, the stage can bear higher loads and generate higher forces.

Today, piezosystem jena offers many different models of the NanoX®. With the NanoSXY stages, there are even multi-axes systems available.

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Abberior Instruments: STEDYCON at MMC2017 Manchester

Abberior Instruments recently presented the incredibly compact STEDYCON microscope together with JPK Instruments at the MMC 2017 in Manchester. Please check out this short video to learn more about its special features.

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